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NANOG Meeting Presentation Abstract

Tutorial: MPLS-Based Layer 2 VPNs
Meeting: NANOG30
Date / Time: 2004-02-08 1:30pm - 3:00pm
Room: Concerto B/C
Presenters: Speakers:

Florin Balus, Nortel

Florin Balus is an M.Sc (Artificial Intelligence) graduate from the Faculty of Electronics and Telecommunications, University of Bucharest, Romania. He has more than 10 years experience in data networking, working for the last seven years at Nortel in the Global Data Network Engineering team. During his career at Nortel he has been Network Engineering prime for various projects in the areas of ATM/FR, DSL and IP Services. He currently specializes in MPLS VPNs, focusing also on the evolution to Ethernet. Prior to joining Nortel, Florin worked for France Telecom in Europe for three years.

Mike Loomis, Nortel

Mike Loomis holds a BS in engineering from Rensselaer Polytechnic Institute and an MBA from the University of New Hampshire. Mike has eight years of data networking experience at Bay Networks and Nortel Networks. He has held a variety of product management positions in Network Management, Enterprise Switching, and Optical Ethernet business units. His recent focus has been on L2 VPNs over MPLS, the evolution toward Ethernet, and VPLS.
Abstract: This tutorial discusses the L2 VPN-over-MPLS solutions being standardized in the IETF. The first part of the session covers the drivers, the enterprise perspective of the main models (Virtual Private Wire Services, VPWS, and Virtual Private LAN Service, VPLS) and related technology in the standards. The second section describes the building blocks common to all L2 VPN models. The third part of the tutorial discusses the specifics of VPWS and VPLS. We also discuss Layer 2 internetworking concepts, i.e., bridged and routed mode solutions, options for ARP mediation, options for MPLS encapsulation, and end to end OAM. Configuration examples from several vendors will be given for the various solutions covered in the tutorial.

This session requires a basic understanding of MPLS technology, including control plane and data plane concepts. We begin with simple, generic models, and move gradually to more complex concepts to appeal to a variety of attendees: product managers, network planners/architects, system engineers, network operations staff, customer support, applications engineering, and development engineers who are new to the area of MPLS L2 VPN services.

An outline of the session follows:

  1. Introduction to L2VPNs over MPLS

    • Drivers, High-level Definitions, Standards


  2. IETF Generic Models

    • Information Model/Provisioning

    • Control Plane: Auto-discovery, Signaling

    • Data Plane: Attachment Circuits, Virtual Forwarders, Pseudo-wires

    • Virtual Private Wire Service (VPWS)

      • Provisioning models (e.g., single-sided, double-sided provisioning), and related concepts (Gid, PWid FEC etc)

      • Configuration Examples


    • Layer 2 Internetworking

      • Encapsulation options: Bridged/Routed Mode, MPLS

      • Packet walkthrough, ARP Mediation

      • Service OAM

      • Configuration Example



    • Virtual Private Line Service (VPLS)

    • LDP, BGP VPLS commonalities and differences

    • VPLS Signaling, Data Plane

    • Configuration Example


  3. Summary

Files: pdfFlorin Balus Presentation(PDF)
youtubeMPLS-Based Layer 2 VPNs
Sponsors: None.

Back to NANOG30 agenda.

NANOG30 Abstracts

  • Making Sense of BGP
    Speakers:
    Tina Wong, Packet Design; Van JacobsonPacket Design; .
    Cengiz AlaettinogluPacket Design; .
  • Making Sense of BGP
    Speakers:
    Tina Wong, Packet Design; Van JacobsonPacket Design; .
    Cengiz AlaettinogluPacket Design; .
  • Making Sense of BGP
    Speakers:
    Tina Wong, Packet Design; Van JacobsonPacket Design; .
    Cengiz AlaettinogluPacket Design; .
  • Real-time Global Routing Metrics
    Speakers:
    Jim CowieRenesys Corporation; .
    Andy T. OgielskiRenesys Corporation; .
    B.J. PremoreRenesys Corporation; .
    Eric A. SmithRenesys Corporation; .
    Todd UnderwoodRenesys Corporation; .
  • Real-time Global Routing Metrics
    Speakers:
    Jim CowieRenesys Corporation; .
    Andy T. OgielskiRenesys Corporation; .
    B.J. PremoreRenesys Corporation; .
    Eric A. SmithRenesys Corporation; .
    Todd UnderwoodRenesys Corporation; .
  • Real-time Global Routing Metrics
    Speakers:
    Jim CowieRenesys Corporation; .
    Andy T. OgielskiRenesys Corporation; .
    B.J. PremoreRenesys Corporation; .
    Eric A. SmithRenesys Corporation; .
    Todd UnderwoodRenesys Corporation; .
  • Real-time Global Routing Metrics
    Speakers:
    Jim CowieRenesys Corporation; .
    Andy T. OgielskiRenesys Corporation; .
    B.J. PremoreRenesys Corporation; .
    Eric A. SmithRenesys Corporation; .
    Todd UnderwoodRenesys Corporation; .
  • Real-time Global Routing Metrics
    Speakers:
    Jim CowieRenesys Corporation; .
    Andy T. OgielskiRenesys Corporation; .
    B.J. PremoreRenesys Corporation; .
    Eric A. SmithRenesys Corporation; .
    Todd UnderwoodRenesys Corporation; .

 

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